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related disciplines with experience in optics, computation and electronics. Responsibilities will include designing and implementing optical systems based on quantitative phase imaging with digital
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interest include quantum signal processing, robust parameter estimation and performance bounds under model misspecification, adaptive radar target detection / estimation / SAR imaging / STAP, cognitive radar
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imaging data, computer models, and statistical tools. The individual will prepare manuscripts and contribute to the development of grant proposals. The McIntyreLab currently conducts research in the areas
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screens in both cancer and aging settings with CODEX multiplexed imaging. Required Qualifications at this Level Education/Training PhD Experience See job description for requirements. Skills See job
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postdoc associate. The individual will implement, simulate and analyze models of epileptic source localization from EEG signals. Collaborate with clinicians to obtain and analyze imaging, EEG, and outcome
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ganglia disease mechanisms using advanced methodologies including synaptic physiology, chemicogenetic circuit manipulations, behavioral phenotyping, calcium imaging, and genome-wide RNAi/small molecule
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, perform data analysis utilizing medical imaging data, computer models, and statistical tools. The individual will prepare manuscripts and contribute to the development of grant proposals. The McIntyreLab
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development including radiological imaging of cadaveric specimens for teaching and research. Candidates will be expected to participate in research of any type in association with faculty in the Department
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in cosmology. The candidate will work with Prof. Arun Kannawadi and Prof. Michael Troxel on building next-generation pipelines for joint analyses of imaging data from the Rubin Observatory’s LSST and
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exposure during pregnancy and fetal intestinal health, specifically immunity. 2. PFAS exposure and placental health using imaging techniques. Tasks include: Conduct bench work/experiments/research and take